Apple presented the sixth line of iPhones labeled “S” at the beginning of 2015. The new items were immediately released in 2 variations - iPhone 6s and iPhone 6s Plus. The appearance of the gadgets has remained the same as that of previous devices. But there is a new color called “rose gold”. The bodies of the S sixes are made of different materials - more advanced than those of the younger models. The functionality of new smartphones has also been expanded.
However, in this article we will not dwell on all the characteristics of the “six” S, but will consider in detail such a parameter as the display size. Screen quality is one of the most important factors in choosing a particular iPhone model, which any user takes into account.
So, what is the display on the iPhone 6S? As was known in advance, the design of the devices remained virtually unchanged. The screen diagonal of the “six” S was 4.7 inches, and that of the S Plus model was 5.5 inches. The screen resolution of the “six” S is 1920 x 1080.
The dimensions of the new product have increased slightly in comparison with the simple “six”, but only slightly. The new device is 0.1 mm wider and 0.2 mm thicker. The weight of the device, on the contrary, has become much larger, increasing by 14 grams for the 6S model and 20 grams for the 6S Plus model.
As mentioned above, the materials from which the bodies of the new products are made have also changed. A new alloy was used with aluminum in its composition, with the addition of magnesium and zinc. All this makes the new devices in the six S line much stronger. According to Apple, this figure has increased by 60% compared to the simple “six”.
Many people are probably interested in the question: what kind of glass was used by the manufacturer to protect the display? According to Apple representatives, the glass on the iPhone 6S and 6S Plus has also become significantly stronger. This was achieved thanks to two-stage ionization. And the glass on new devices is now the strongest that has ever protected a smartphone screen.
Let us remind you once again that the manufacturer has added a new color to the iPhone 6S line. A copper-pink gadget will suit glamorous ladies who find black or silver too boring. This phone has a white panel next to the display, and a pink metal base.
Other advantages of the iPhone 6S
But not only the display size, but also many other advantages, the iPhone 6S line has. The main innovation of these models was the introduction of 3D Touch technology. Thanks to it, the device is able, using special sensors, to recognize the pressure of a finger applied to the display. And programs can respond to various clicks, as a result of which using the device has become more intuitive and convenient.
For example, touching and lightly pressing on a specific letter in the mail will allow you to preview its contents. If you remove the touch, the text will be removed and only the title will be visible. If you press with considerable force, the text of the letter will unfold completely. In addition, it is very convenient to jump from one application to another using a forceful swipe from the edge of the display.
The introduction of this technology has opened up many new horizons for software developers for iPhones. And this was perfectly demonstrated by Apple using the example of Instagram. To easily and quickly go to the desired section of this application, you need to click on the corresponding icon on the screen, thereby calling up the context menu. To quickly view a photo in an enlarged form, you need to lightly click on a specific file while viewing the grid of photo thumbnails. The technology works in the same way on other software.
Among other things, 3D Touch in iPhone versions 6S and 6S Plus has been supplemented with a new haptic feedback feature. Now the device responds to any user touch not only by executing commands on the screen, but also through a response from the Taptic Engine. The latter is a special vibration motor. This technology implies that the user will be absolutely sure of the result of each of his actions. This is ensured by the fact that the reaction force corresponds to the power of pressing the screen.
Performance and cameras of the “sixes”
The iPhone 6S line is powered by a 64-bit A9 processor. The company claims that compared to the previous model, their performance has been increased by 70% (with regards to computing tasks), and almost 2 times with regard to graphics. Let us remember that the regular “six” had an A8 chip installed. In addition, a coprocessor was added to the S model, which significantly increased system performance. According to Apple developers, the new processor is quite comparable to those installed on PCs or laptops.
The main cameras of the new devices come with a resolution of 12 MP. But the pixel size, compared to the model - its closest predecessor - was reduced. Thanks to the latest innovation, the picture has become even clearer. Phones can now shoot videos in 4K resolution. However, in order to view them properly later, appreciating all the image capabilities, you will need to purchase a 4K TV.
An important feature of the “sixes” S is the presence of the Live Photos function. When activated, at the time of taking a photo, the system makes a short video that captures frames a few seconds before and after pressing the shutter. When such a picture is subsequently viewed, when you click on it, instead of the usual frame, a mini-movie opens, and the picture seems to become “live.”
Apple also took care of selfie lovers. The manufacturer made the front camera in the “six” S with a resolution of 5 MP. And now the display backlight acts as a flash, which lights up with bright white light for a split second.
In conclusion, let us remind you that iPhones of this line went on sale in September 2015. And already before the beginning of 2016 they began to be sold in all countries.
The first point when buying a phone is exactly the size of the screen and how many inches it is. Today we will talk about the screen size of iPhones, because this question interests many.
In fact, there is a lot of information about this, and since the iPhone is simply a standard among phones, I will be very brief and try to show only the main thing.
What is the iPhone screen size?
Apple held its position with small screens for a long time, but the smartphone market finally forced them to change their thinking and now you know how much the iPhone has the largest screen. If not, then the following list is for you.
In it I will talk not only about its size, I will also mention its main characteristics.
First generation iPhone screen, 3G, 3GS, 4, 4S
For five generations we have used phones with such small screens. At that time, and this is the period from 2007 to 11, this size was acceptable and was enough for all modern tasks.
But if you look through the eyes of 2006, these are very small smartphones and you don’t really want to pick them up. There is little content on the screen, and games are generally inconvenient to play.
- 2G:
- 3G: 3.5 inches, LCD TFT, resolution 320×480, 163 ppi;
- 3GS: 3.5 inches, LCD TFT, resolution 320×480, 163 ppi;
- 4: 3.5 inches, LCD TFT, resolution 640×960, 326 ppi;
- 4S: 3.5 inches, Retina, resolution 640×960, 326 ppi.
All these phones have become a very significant part in the development of touchscreen smartphones. It was thanks to them that the race for inches and ppi began.
Screen sizes iPhone 5, 5S, 5C, SE
The size of these particular phones remains relevant to this day. Here you can find a compromise between ease of control and compactness. 
If you don't have very big hands and you don't like your phone sticking out of your pocket, then you should have one of these smartphones.
- 5:
- 5S: 4 inches, resolution 640×1136, IPS Retina display, 326 ppi;
- 5C: 4 inches, resolution 640×1136, IPS Retina+ display, 326 ppi;
- SE: 4 inches, resolution 640×1136, IPS Retina+ display, 326 ppi.
The quality of such screens is quite amazing and has been proven by many users over the years. I think everyone has a friend who prefers this particular screen size.
iPhone 6, 6S, 6 PLUS, 6S PLUS sizes
Starting with the number six, the race for inches began in earnest. Now Yabloko could boast that they didn’t have a miniature iPhone, but a real shovel. 
Although, the further the development of smartphones goes, the more the term “shovel” loses its relevance. You won't surprise anyone with your 5-inch phone.
- 6:
- 6 PLUS: 5.5 inches, resolution 1920×1080, Retina HD, 401 ppi;
- 6S: 4.7 inches, resolution 750×1334, Retina HD, 326 ppi;
- 6S PLUS:
The screen size has grown significantly and now the iPhone is not miniature at all. You are holding in your hands a full-fledged smartphone with a very large diagonal.
In this generation of smartphones, Apple decided to stick to the sizes of the previous two generations. Why come up with something new if the old one works quite well. 
Moreover, the iPhone is now associated with such large inch screens. The time when people were surprised by large iPhones is long gone.
- 7: 4.7 inches, resolution 1334×750, Retina HD, 326 ppi;
- 7 PLUS: 5.5 inches, resolution 1920×1080, Retina HD, 401 ppi.
The appearance of black color in the line made smartphones more elegant. Now we say goodbye to the color Space Gray with peace of mind.
Results
The iPhone 6S, which went on sale in September 2015, immediately took a leading position in the mobile device market. Apple presented two versions of its advanced flagships iPhone 6S and 6S Plus, which differ in size, diagonal and some characteristics.
Carrying out a full review of the released flagships, we’ll take a closer look at the iPhone 6S and its characteristics. In the sixes, Apple relied not only on the improved characteristics of the internal filling: an excellent camera, a powerful battery, good memory capacity, a ninth-generation processor, but also on its external design and dimensions. In truth, the iPhone 6S Plus received a flagship size on a par with devices from competing models, and therefore a huge number of buyers switched to the manufacturer Apple for good reason.
It's no secret that the global market for mobile devices has now taken a new direction towards the development of both display capabilities and high-tech processors, while taking into account the characteristics of weight, thinness, including the dimensions of the device. In other words, our consumer wants to own a high-tech capacitive toy with maximum response speed, a beautiful design, a lightweight but durable body and at the same time a large display.
The manufacturer takes all these needs into account when presenting the next flagship. It cannot be otherwise. To what extent did the manufacturer’s capabilities coincide with the needs of apple product buyers this time? In this article we will try to answer exactly this question.
In accordance with the needs of the market, the iPhone 6S received slightly improved dimensions: length 13.83 cm, width - 6.71 cm, thickness 0.71 cm. While the six S Plus are much larger: its length is 15.82 cm, width - 7.79 cm, thickness - 0.73 cm. As you can see, the second model is wider by a whole centimeter, longer by 2 cm and thinner by 2 mm. In this regard, 6 Plus received greater opportunities to increase memory capacity and some other characteristics of smartphones.
In general, the six 6 S Plus received direction to increase its size, but within reason. It is unlikely that Apple would have made a splash by releasing an iPhone that looked like a mini-iPad, because this would not surprise anyone today. Regarding the thickness of the case increased by 2 mm, of course, complaints remained, since users would like to get a thinner model, but so far the company has not been able to change the established and developed direction, so it pays more attention to the development of the operating system, lens and display capabilities.
As for the dimensions of the internal parts: ports, antennas, frames, these dimensions remained unchanged or slightly changed. If both flagships are externally compared with the previous version of the sixes, then there are no big differences.
Design changes or distinctive differences for the iPhone 6S are observed on the outer back of the case, where the phone's distinctive "S" style engraving is made, and in addition to the previously released three colors of the aluminum case (gray, silver, gold), a fourth color "rose gold" has appeared. . However, given the non-standard size of the iPhone 6S Plus and its sliding body, it is unlikely that you will be able to use it carefully without using a case.
However, this time the manufacturers also took into account possible shortcomings and tried, by adding more zinc to the metal composition, to increase the strength and wear resistance of the aluminum case. At the same time, the weight of the six S Plus immediately increased by 20 grams: instead of 172 grams, the model weighs 192 grams. At the same time, the weight of the iPhone 6S also increased by 14 grams.
The weight of iPhones has increased not only due to the additional layer of zinc on the body, but also due to the built-in additional touch plates of display sensors. In the sixes, the manufacturer installed new Ion X glass, which, due to a two-level degree of hardening, showed increased sensitivity of 3D Touch, super-resistant protection and durability of the display.
How the camera has changed
Finally, the rear camera has been firmly strengthened and displays 12 megapixels instead of the former 8 megapixels, so there are no more arguments about the quality of photos or videos. At the same time, the camera was able to take live photographs for the first time, and many of its characteristics were improved, such as noise reduction and tone mapping system.
A light sensor appeared on the back of the case, and in addition to touch focusing, Focus Pixels technology appeared. The quality of panoramic shooting has also improved, and for the first time it is possible to implement 4K video at 30 frames per second. At the same time, by filming video, you can take excellent photographs.
All the innovations that the company introduced made the device a little heavier, but nevertheless these are justified actions and have earned approval in the smartphone sales market.
How much have screen sizes increased?
The six S has a diagonal of 4.7 inches, and the sixth S Plus has a whopping 5.5 inches; this is certainly not an enlarged version, but a worthy successor to the previous six model without the “S”. An excellent Retina HD display is installed, which has already proven itself on iPhone models, featuring a high contrast ratio of 1400:1 and sensitivity, as well as an excellent resolution of 1334x750 for the 6S and 1920x1080 for the 6S Plus. However, as you correctly understood, there was no increase in screen size.
For the first time in the six S, screen support with Taptic Engine technology appeared, allowing you to recognize the pressure of 3D Touch. In other words, the Home button has truly become multifunctional and now the speed and logistics of performing specific tasks depends on the force of pressing it or the duration of the press. Having adapted to this functionality, the user truly enjoyed comfortable web surfing and typing. In addition, the “Home” key received a more advanced, much-loved Touch 2.0 fingerprint scanner.
How the battery has changed
Despite the increased size of the iPhone 6S and 6S Plus, the battery not only did not increase its capacity, but even decreased its previous size, remaining at 1715 mAh for the 6S and 2750 mAh for the 6S Plus. Why did the developers do this? Was there any point in reducing the size of the battery capacity?
The fact is that the company, producing these iPhone models, relied on improving the quality of the display, and this required a small space for an additional layer of the touchpad. In principle, a slight decrease in battery capacity is not noticeable, but the responsive multi-level display far exceeded expectations. In addition, the processor began to work more economically, and due to this, energy consumption decreased, so we do not feel any big changes in battery life.
What processor is installed
What distinguishes the sixes from previous iPhone models is the ninth generation processor. For example, the 6S has an A9 processor and an M9 coprocessor, while the iPhone 6 had the eighth version of the processor and an M8 coprocessor. What does it mean? This gives the new device a chance to work more economically and have many different previously unavailable functions, since any Apple movement forward is the first step in improving the processor.
RAM has also been improved and has now reached the level of 2 Gigabytes. The memory capacity of the 6S and 6S Plus is also much better. If the previous iPhone 6SE was equipped with built-in flash memory of 16 and 64 GB, then the new models start from 16 to 128 GB. Therefore, flagships in capacitive versions have brought their hardware capabilities closer to those of tablet devices.
What do frames provide?
Many users have already gotten used to and understand the purpose of the frames built into the case, which provide comfortable holding of the iPhone in the hand and protection from accidental taps on the screen. The new models of the iPhone 6S or 6S Plus did not bypass the frames installed at the end, since for now this function remains in demand for user convenience, because it creates additional rigidity when the smartphone is dropped.
What accessories did the iPhone 6S get?
Fortunately for users, all cases of the previous version fit perfectly for the 6S, because the six S has increased by only a couple of extra mm, and the placement of buttons or holes for the camera has not changed. Therefore, you can safely use all previously purchased silicone cases.
Of course, plastic covers or cases are not suitable, since a couple of millimeters is a significant size for them. The basic package, in addition to the charger and cable with a Lightning plug, includes Apple EarPods headphones with a control panel and microphone.
conclusions
In general, if you decide to choose to purchase iPhone 6S or iPhone 6S Plus, then know that their sizes are not much different from the previous version. If you want to know exactly what you are overpaying for, then you must clearly understand that these models have a more functional and sensitive display, a more advanced rear and front camera, a more functional 3D Touch button, a more rigid body and a more protected screen, an improved processor and coprocessor to it, a bunch of additional functions for taking photographs and shooting higher-quality video, improved contrast, as well as increased capacity of their main memory.
The purpose of this material is to discuss stereotypes and common misconceptions regarding the hardware and software characteristics of Apple iPhone smartphones with iOS and competing smartphones running Android OS. Our resource already has objective and detailed technical reviews of the iPhone 6 and iPhone 6 Plus. We also recommend that you read the first part of this material.
The screen of a modern smartphone is perhaps one of its most important components, because it is with it that the user interacts. Accordingly, the screen (in the broad sense - both as a physical entity and as a system interface) needs to be given paramount attention. Always.
It is all the more curious that the screen is assessed not by the overall picture quality and ease of use, but by one very primitive characteristic (formerly there was resolution, now pixel density), which has long gone beyond the bounds of reasonableness. Color rendition, comfortable brightness, balance? Pfft. And as a result of such a “quick comparison” of specification figures, it turns out that “competitors have more PPI, which means they have a better product,” although in reality this does not matter, because the eye is not able to catch this difference. But in terms of numbers, 420 is cooler than 326? Is not it?
In general, the screens of the iPhone 6 and 6+ are perhaps one of the most striking examples of a situation where, within the framework of the “traditional hardware” approach, Apple’s main advantages are out of the game. And iPhones look significantly worse than they actually are due to an incorrectly selected comparison.
However, the new screens have their own characteristics, so let's talk about them in more detail.
PPI wheel race for squirrels
The screen parameters of the iPhone 6/6+ caused the most heated debate among enthusiasts almost instantly after they were announced. At the same time, what’s funny is that iPhone 6 enthusiasts have generally written off the iPhone 6 - both the diagonal and the resolution (whew, only 720p!) are not interesting to them, because it’s “pop” today, competitors their devices with a screen diagonal of 4.7 inches are called “mini”. Is it a shovel phone... sorry, 6+! This model is in the “smartphone with a huge screen” trend, which is actively promoted by everyone and everything, so it is more interesting for enthusiasts. But there were also a lot of complaints about it: they say, how is it only Full HD, when Korean manufacturers are already installing... (substitute any numbers to your liking that are gradually approaching 4K resolution).
Here it would be time to stop and think: why use a screen with PPI (let me remind you, PPI is the number of dots per inch, they determine the clarity of the image) 400, and then 450, if the human eye cannot distinguish more than about 300 on such a screen (we don’t use it now Pentile screens, where is this characteristic inflated)? From a technical point of view, high pixel density only puts additional stress on the system, without providing any convenience. This means that all that remains is pure marketing: “Let’s measure ourselves by numbers!” In real life it doesn’t affect anything, it consumes resources, but... but “cooler”. Simply because the numbers in the comparison table are larger. Whoever has more is the flagship.
The approach, by the way, is effective, because it provides a killer argument about the superiority of any Chinese device over iPhones and predicts the end of Apple. It’s especially offensive to see this not in discussions, but in articles. In numerous “first looks” on leading English-language resources (including really top ones), everyone unanimously notes that the iPhone 6/6+ screens are very good, but in some apologetic tone, and at the same time they always add that PPI, Of course, it doesn’t reach the current flagships of Samsung and LG, which have as much as xxx PPI.
Apple screens, however, have very wide viewing angles, accurate color reproduction, high contrast and a new polarizing layer that increases screen readability in the sun, as well as a reduced touchscreen thickness (see our reviews of the iPhone 6 and 6+, there is a large study of screen quality). And thanks to this, the screen surpasses all competitors not so much in numbers, but in subjective image quality. All that remains is to understand: will they believe this?
The problem with such “silent improvements” is that they are difficult to assess immediately. Understanding comes with use, and for this you need to buy a device. For example, when the iPhone 4s was placed next to the Galaxy S4, which has Pentile, a chemical riot of colors and eye-popping colors, then when asked “which screen do you like best?” my friends chose S4 rather. More colors for the same money! True, after some time of working, you simply get tired of such a screen (and you begin to understand what “comfortable for long-term use” means), but that comes later. And, to the question of subjectivity: some people liked this screen even after prolonged use.
Finally, one can debate for a long time that “more PPI is all marketing,” but buyers fall for it. Therefore, when such questions as “why do we need more pixels per inch, and that’s enough! “We’d better do color balance,” Android manufacturers begin to ask, then their market indicators immediately move into the zone of negative values. In general, on the one hand, Apple's approach is correct from the point of view of achieving optimal results. On the other hand, it is not a fact that the market will accept it. Consumers sometimes vote for very strange decisions.
New iPhone screens: where's the catch?
However, the passage about 326 dpi probably raised snide questions among many readers regarding the iPhone 6+, which has a stated parameter of 400 PPI. Well, let's look a little more closely. Here is a table with the screen parameters of the new iPhones.
With the iPhone 6 screen, everything is more or less clear: it’s just an enlarged screen of the iPhone 5. The layout of the interface and controls is the same, the icons and fonts are the same size (so what, the PPI is the same!), only the distance between them has increased a little . As for applications, here again everything depends on the developers. Correctly written applications will simply have a stretched interface; incorrectly written applications will simply stretch out (but through system scaling mechanisms) and may lose clarity (since graphics and, possibly, fonts will be recalculated). In general, there should be no surprises or unpleasant moments after the iPhone 4 or 5.
But with the iPhone 6+ everything is completely different. The first thing we see is the good old Full HD resolution and rejoice: “Finally, something familiar, from the world of Windows and Android!” True, at the same time this resolution is perceived as something already outdated. (And this is a reason to sigh sadly a couple of times on different forums, “Yes, Apple is not the same.” I remember Zhvanetsky: “How can we be four, when we’ve already been five for a long time?!”) And only then do we begin to think that although the aspect ratio is here the same, but the resolution somehow doesn’t quite fit.
Let me briefly recall the history of the issue. The iPhone had a screen with certain parameters: a physical size of 3.5 inches, a resolution of 480x320 pixels and a pixel density of 163 ppi, for which all application interface elements were created (fonts, graphics, arrangement of elements). Since there was only one screen, it was possible not to make an adaptive interface, which is calculated in conventional quantities and adapts to any screen, but to draw it directly in pixels. This is much easier for developers (especially when creating graphic elements that are always in pixels) and significantly saves system resources (the system has to assemble adaptive interfaces on the fly, wasting computing resources, and it simply displays the drawn ones on the screen).
With the introduction of the Retina screen, the pixel density doubled (to 326 ppi). Elements with the same dot (pixel) size began to look twice as small on the same screen. The problem was solved simply: the sizes of the elements were doubled, and the graphics were redrawn to the new size (for example, 64x64 instead of 32x32 pixels for icons), and that’s all. The iPhone 5, roughly speaking, added space at the top, but the actual size of the element on the screen remained the same. Because of this, some applications did not stretch to fill the entire screen if the vertical size of the interface was set directly in pixels (dots). Actually, even then Apple actively promoted the use of proportional values, which makes it possible to adapt to any screen. But... In general, many lazy people simply added another option for interface sizes for the new screen and calmed down at that.
So, what happened with the new models. On the iPhone 6, the physical screen size has become larger, but there are also more pixels, i.e., the same 326 pixels and 326 virtual dots remain per inch (a pixel is a physical element of the screen, a dot is an element when calculating the size of the interface; you can read more in our a series of articles devoted to scaling - I recommend reading it to better understand what is stated below). As a result, adaptive interfaces will simply stretch out, and the distance between graphic elements in the interface will become greater. Wrong applications with interfaces in pixels must be stretched by the system itself - with some loss of clarity, but the functionality will remain. By the way, as far as I understand, in the iPhone 6, choosing the “large option” of the interface will lead to the geometry becoming the same as on the iPhone 5, that is, all elements will grow slightly in size. Some interfaces will most likely be rewritten by developers to make them easier to work with on larger screens. Plus, you will most likely have to remove controls from the top of the screen.
Strange iPhone 6+ screen
With the iPhone 6+, which for some reason was made to have 400 pixels per inch, this trick will not work. If you take a standard interface element at 163 PPI and stretch it twice (326 PPI), it will look very small on the iPhone 6+ screen. Triple the size? Then the interface elements and fonts will look too large on the screen, and besides, little information will fit on the iPhone 6+ screen with its current PPI - less than on the iPhone 5 screen. And this is unacceptable: why make the screen larger if it does it fit less information?
Judging by the available data, Apple has done the following: the interfaces are assembled to a standard density of 163 dpi with a 3x magnification, which gives 2208 × 1242 pixels (the resolution of the screenshots in our review is 6+). After which the already assembled interface is hardware scaled to 1920x1080. Thus, the final scaling on the screen is about 2.5, but it is done in two steps. In general, this is a suboptimal and rather unexpected scheme for Apple, which loves technical perfection. Not to mention the possible loss of quality.
You can see how it turns out in the form of infographics.
And we’ll talk about a more interesting thing: what’s in it for us? On the one hand, it seems to me that there is nothing wrong. With high pixel densities and proper scaling algorithms, artifacts and compression errors should not be noticeable, at least on fonts. And where they are noticeable, it is rather the fault of application developers who do not apply new standards. Therefore, gradually, as applications are updated, the problem of incorrect display should go away. Another thing is that this will come at the cost of a lot of additional effort for the developers - they immediately received two new additional screen form factors, for which they will also have to calculate and optimize the interface.
And a few more conclusions
Thus, the iPhone 6 screen retained its optimal (from Apple's point of view) density of 326 pixels per inch. On the one hand, at such a density the eye no longer distinguishes the pixel grid, which means there is no need to further increase the resolution for a 4.7-inch screen. On the other hand, all fonts and graphic elements in applications are designed specifically for this pixel density, so there are no problems with displaying applications. In general, for the Apple ecosystem this is a screen with optimal parameters.
But the 6+ screen looks, to put it mildly, strange. The combination of diagonal and resolution, which is non-standard for Apple, results in a non-standard PPI - 400 pixels per inch, so that fonts and graphic elements of system and application interfaces look smaller on it than on other Apple smartphones. From a technical point of view, everything is also very, very strange: first the interface is assembled for one resolution, and then rescaled to another. This is completely out of character with Apple, which has always been distinguished by the elegance and technical excellence of its solutions. And it’s so clumsy here...
Why did this happen? We don’t know the true reasons and, most likely, we won’t find out. Various assumptions are made - for example, about the desire to save money and use common Full HD matrices, and not build something of our own with strange parameters. Or that the “true” resolution (i.e. 2208x1242) is being saved for the next generation of iPhone (7+), which will already be great. But both of these assumptions sound strange when applied to a smartphone that is supposed to be a flagship for the coming year.
In general, there is a suspicion that the iPhone 6+ is not a flagship, but some kind of experimental product that was hastily assembled on the knee in order to catch on to the promising market of “tablet phones” and not miss it completely. This would completely explain the strange story with the screen: there was no time left to produce screens with the required parameters, so we had to take a standard solution. The poorly designed case suggests the same thoughts: both the fact that the iPhone 6+ bends relatively easily, and the inconvenient location of the power button (it is made in the same place as the iPhone 6, but due to the different dimensions of the case, it is inconvenient to use here). Moreover, for all other hardware components 6 and 6+ are compatible. Yes, information about the presence of the iPhone 6+ in the line began to leak quite a long time ago, but this was already the production stage. But we don’t know how long the development cycle lasted. By the way, Apple clearly underestimated the demand for the 6+; the main shortage is now for this model.
In general, there are some suspicions that both the form factor and the screen with such parameters (5.5-inch diagonal, 1920x1080 resolution) are some kind of intermediate solution, and it’s not a fact that it has a future. But if we take the “internal resolution” of the iPhone 6+ interface and Apple’s standard pixel density per inch of 326 PPI, then we get that the screen with these parameters should have a diagonal of exactly 7 inches. I wonder if Apple is planning a large seven-inch tablet model in the future with a “native” ratio of interface and screen parameters?
Of course, using a seven-inch device as a smartphone is already difficult and inconvenient. However, now we have a smart watch Apple Watch, which, in combination with an audio headset, allows you not to take out your smartphone at all for current urgent actions: answer a call, send an SMS or message in instant messenger. By the way, Siri is also being actively raised to the level where it can take control of these functions. If so, then the main device can only be used when a large screen is really needed (i.e. the tablet scenario) - and there will be no need for any compromises.
This would be a truly breakthrough device, with completely new functionality and user interaction scheme. It may be quite contradictory: it may be convenient to use, but will traditional users agree to such a drastic change in the entire model of interaction with the electronic assistant?
However, it is very likely that these are solely my fantasies, based on a random coincidence of parameters (from which a 7-inch diagonal is obtained) and on inflated expectations of some kind of breakthrough device. We are still waiting for revolutions from Apple, and I even wrote about this myself in the first part.
But in reality, we are only waiting for an expansion of the range of large smartphones with different form factors. Moreover, now there is a technology that allows you to get approximately the same interface on almost any screen diagonal: first it is rendered to the requirements of program interfaces (i.e., the original size with a multiplication factor: for iPhone 6 it is x2, for iPhone 6+ it is x3), and then scaled by hardware to fit the desired screen. And users are given a choice between “normal” and “larger” interface sizes, which will allow them to achieve an acceptable font size for any combination of screen parameters - within reasonable limits, of course. Such a solution will provide the company with some transition period, during which it will force developers to stop using absolute parameters in interfaces and start making adaptive sizes of elements.
True, this option looks very sad and boring. If Apple simply begins to expand its range of devices, then, perhaps, it will really be possible to say that the revolutionary logic of the old Apple is a thing of the past. And Apple will turn into another boring company a la Samsung or HP, where everything is calculated, planned, logistically justified and tested in focus groups.
But in any case, such a leapfrog with the screen is an unpleasant blow to the image of the creator of only complete and optimal solutions.
Yesterday, Apple CEO Tim Cook introduced two new phone models - iPhone 6 And iPhone 6 Plus. The devices have acquired a new design, new sizes and more advanced functionality. The first thing that stands out externally is the completely new dimensions; the width and height of the new products have grown due to enlarged displays, the diagonal of which is even larger than in the 5-series models.
Looking at the image, you will roughly understand how much the proportions of the screen and the phone itself have increased. If the diagonal of the iPhone 5 and 5S was 4 inches, then the new items are equipped with the following display sizes:
- iPhone 6 – 4.7 inches
- The iPhone 6 Plus is even larger – 5.5 inches.
In general, screens are growing by leaps and bounds, on the one hand this is of course good, it is more convenient to view content, but carrying classic jeans in your pocket is unlikely to be comfortable if new models fit into them at all. Well, ardent admirers of new products will have to go to the store and buy pants with side patch pockets, so as not to carry them around in their hands. It’s a little easier for girls; they almost always have a bag; the iPhone 6 and iPhone 6 Plus will definitely fit in it.
As a result of the use of new larger displays, the height, width and weight of the new iPhones have increased:
Height and width
- iPhone 5S – 123.8 x 58.6 mm.
- iPhone 6 – 138.1 x 67 mm.
- iPhone 6 Plus – 158.1 x 77.8 mm.
Of course, the new items increased in size and became heavier, which was to be expected:
Device weight:
- iPhone 5S weight – 112 g.
- iPhone 6 weight – 129 g.
- iPhone 6 Plus weight – 172 g.
But the thickness of the new iPhone models is pleasing, because they have become even thinner:
- The thickness of the iPhone 5S is 7.6 mm.
- The thickness of the iPhone 6 is 6.9 mm.
- The thickness of the iPhone 6 Plus is 7.1 mm.
We've sorted out the external parameters, now let's examine the new design of the body and other elements. Finally, Apple designers have removed the sharp corners that were used previously, starting with the iPhone 4. A phone with a smoothly smoothed edge, in my opinion, is not only more pleasing to the eye, but I think it will be more pleasant to hold such a handset in your hand.
Moreover, the glass in 6 models seems to be not as flat as was used previously. For example, in the very first iPhone model, the rounding effect was performed by a special chrome frame, but now the glass itself is rounded, it seems to be a continuation of the body.
The silent mode switch and volume buttons remain in the same place, but the design of the buttons has been changed, now they are similar to those used in the 5th generation iPod touch. The power (lock) button has moved to the right side; this solution is apparently borrowed from Samsung Galaxy S smartphones. You can now reach the lock button with one hand, although it all depends on the length of the user’s fingers; the button is located above the SIM card tray ( see the very first picture of the article).
The top of the iPhone was left completely empty, with no buttons or headphone jack. The colors of the new models are the same as those used in the iPhone 5S - Champagne Splash, Space Gray, Silver. There is a choice.
I look at it all - beauty. The only thing that is off-putting is the antenna strips at the top and bottom of the case, and the same ugly Home key with a built-in Touch ID fingerprint scanner. If it weren’t for the last two nuances, I think I would think about buying an iPhone 6, provided that it fits into my pocket. In the meantime, I’ll stick with my iPhone 2G, for which there is no worthy replacement yet.
